{"lab":{"_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","categories":["materials","petro"],"city":"Ostrava","imported_at":"2026-03-08T10:42:44.590Z","methods_count":70,"name":"VÍTKOVICE TESTING CENTER s. r. o.","parse_status":"parsed","parse_version":5,"pdf_files":["1036_77_2025_CS.pdf","1036_77_2025_EN.pdf"],"scope_summary":"Badania składu chemicznego materiałów metalowych, ogniotrwałych i tlenkowych, żelazostopów i paliw stałych, badania metalograficzne, właściwości mechanicznych i badania nieniszczące materiałów metalowych, w tym złączy spawanych, w zakresie określonym w załączniku do świadectwa.","search_text":"vítkovice testing center s. r. o. pohraniční 584/142, hulváky, 703 00 ostrava 1036","status":"active","updated_at":"2026-03-08T14:52:05.062Z","valid_from":"","valid_until":"16-03-2031","website":"www.testingcenter.cz","location":{"type":"Point","coordinates":[18.2625,49.8209]},"email_confidence":"low","email_mx":true,"email_source":"https://www.testingcenter.cz/kontakt","needs_review":true,"review_reason":"e-mail ze strony (domena inna niż WWW) — zweryfikuj","map_coord":[49.817991,18.256446],"map_geo":"nominatim-street","certificate_date":"16.03.2026","certificate_no":"126/2026","certificate_replaces":"77/2025 z 18.02.2025","en_official":true,"fields_of_testing":[{"codes":"","pl":"Badania składu chemicznego materiałów metalowych, ogniotrwałych i tlenkowych, żelazostopów i paliw stałych, badania metalograficzne, właściwości mechanicznych i badania nieniszczące materiałów metalowych, w tym złączy spawanych, w zakresie określonym w załączniku do świadectwa.","en":"Testing of the chemical composition of metallic, refractory, and oxide materials, ferroalloys, and solid fuels, metallographic testing, testing of mechanical properties, and non-destructive testing of metallic materials, including welded joints to the extent as specified in the appendix to this Certificate.","zh":"金属、耐火、氧化物材料、铁合金和固体燃料的化学成分检测，金属材料（包括焊接接头）的金相检测、力学性能检测和无损检测，范围见本证书附件。","cs":"Zkoušky chemického složení kovových, žáruvzdorných, oxidických materiálů, feroslitin a tuhých paliv, zkoušky metalografické, mechanických vlastností a nedestruktivní zkoušení kovových materiálů včetně svarových spojů, vymezené přílohou tohoto osvědčení."}],"flexible_scope":true,"flexible_scope_url":null,"has_en":true,"has_zh":true,"lab_division":"Laboratoria badawcze","lab_division_cs":"Zkušebny a laboratoře","lab_division_en":"Testing Laboratories and Laboratories","lab_division_zh":"试验室和实验室","lab_locations":[{"code":null,"name":"VÍTKOVICE TESTING CENTER s. r. o.","street":"Pohraniční 584/142, Hulváky","postal_code":"703 00","city":"Ostrava","is_hq":true,"address":"Pohraniční 584/142, Hulváky, 703 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Ostrava","site":"70300|pohraniční584/142hulváky"},{"code":null,"name":"试样加工车间（不进行检测）","street":"Pohraniční 584/142, Hulváky","postal_code":"703 00","city":"Ostrava","is_hq":false,"address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","site":"70300|pohraniční584/142hulváky"}],"parse_date":"2026-09-28T12:00:00.000Z","parse_source":"reczna-analiza-labcoda-3","parsed_at":"2026-09-28T12:00:00.000Z","scope_legend":[{"abbr":"AD MERKBLATT","pl":"zbiór niemieckich norm i przepisów technicznych","en":"German Technical Standards and Regulations","zh":"德国技术标准和规范汇编","cs":"Soubor německých technických norem a předpisů"},{"abbr":"ASME","pl":"Amerykańskie Stowarzyszenie Inżynierów Mechaników","en":"American Society of Mechanical Engineers","zh":"美国机械工程师协会","cs":"Americká společnost strojních inženýrů (American Society of Mechanical Engineers)"},{"abbr":"ASTM","pl":"norma techniczna USA (American Society for Testing and Materials)","en":"American Society for Testing and Materials","zh":"美国材料与试验协会标准","cs":"Technická norma USA (American Society for Testing and Materials)"},{"abbr":"BPVC","pl":"przepisy dotyczące kotłów i zbiorników ciśnieniowych","en":"Boiler & Pressure Vessel Code","zh":"锅炉及压力容器规范","cs":"Předpis pro kotle a tlakové nádoby (Boiler & Pressure Vessel Code)"},{"abbr":"CEV","pl":"równoważnik węgla","en":"Carbon Equivalent","zh":"碳当量","cs":"Uhlíkový ekvivalent"},{"abbr":"DBS","pl":"norma techniczna kolei niemieckich Deutsche Bahn","en":"Technical Standard of Deutsche Bahn","zh":"德国铁路技术标准","cs":"Technická norma německých drah \"Deutsche Bahn\""},{"abbr":"DWTT","pl":"próba łamania spadającym ciężarem","en":"Drop Weight Tear Test","zh":"落锤撕裂试验","cs":"Zkouška padajícím závažím (Drop Weight Tear Test)"},{"abbr":"HIC","pl":"pękanie wywołane wodorem","en":"Hydrogen-Induced Cracking","zh":"氢致开裂","cs":"Vodíkem indukovaná trhlina (Hydrogen-Induced Cracking)"},{"abbr":"IČ","pl":"podczerwony","en":"Infrared","zh":"红外","cs":"Infračervený"},{"abbr":"NACE","pl":"Krajowe Stowarzyszenie Inżynierów Korozji (USA)","en":"National Association of Corrosion Engineers","zh":"美国腐蚀工程师协会","cs":"Národní asociace korozních inženýrů (National Association of Corrosion Engineers)"},{"abbr":"QD-VTC","pl":"wewnętrzna dyrektywa systemu zarządzania VTC","en":"Internal Directive of ATL management system","zh":"VTC管理体系内部指令","cs":"Interní směrnice systému managementu VTC"},{"abbr":"QI-VTC","pl":"wewnętrzna instrukcja systemu zarządzania VTC","en":"Internal Instruction of ATL management system","zh":"VTC管理体系内部作业指导书","cs":"Interní instrukce systému managementu VTC"},{"abbr":"QP-ASME","pl":"wewnętrzny przepis systemu zarządzania w obszarze ASME","en":"Procedure for the assurance of quality within the ASME prepared by ATL","zh":"ASME领域管理体系内部规程","cs":"Interní předpis systému managementu pro oblast ASME"},{"abbr":"QP-VTC","pl":"wewnętrzny przepis systemu zarządzania VTC","en":"Internal Instruction of the AZL management system","zh":"VTC管理体系内部规程","cs":"Interní předpis systému managementu VTC"},{"abbr":"QW","pl":"artykuł normy ASME BPVC.IX dotyczący spawania","en":"ASME BPVC.IX standard clause dealing with welding","zh":"ASME BPVC.IX焊接条款","cs":"Článek normy ASME BPVC.IX zabývající se svařováním"},{"abbr":"SEP","pl":"niemiecka norma badania stali (Stahl-Eisen-Prüfblätter)","en":"Stahl Eisen Prüfungen (German standard for steel testing)","zh":"德国钢铁检测标准","cs":"Německá norma pro zkoušení ocelí (Stahl Eisen Prüfungen)"},{"abbr":"TPZ","pl":"techniczne warunki badań","en":"Test Specification","zh":"检测技术条件","cs":"Technické podmínky zkoušení"},{"abbr":"UIC","pl":"norma Międzynarodowego Związku Kolei (UIC)","en":"UIC - Union Internationale des Chemins de fer","zh":"国际铁路联盟标准","cs":"Norma Mezinárodní železniční unie (UIC - Union Internationale des Chemins de fer)"},{"abbr":"VN","pl":"zakładowa (lub krajowa) norma techniczna","en":"In-house (or national) technical standard","zh":"企业内部（或国家）技术标准","cs":"Vnitropodniková (nebo národní) technická norma"}],"scope_notes":[{"pl":"Aktualna lista działań w ramach elastycznego zakresu jest dostępna u dyrektor ds. jakości i systemów zarządzania jako „Wykaz działań w ramach elastycznego zakresu akredytacji”.","en":"The current list of activities carried out within the flexible scope is available at the Director of Quality and Management Systems in the form of the “List of activities within the flexible scope of accreditation”.","zh":"灵活认可范围内活动的最新清单可向质量与管理体系总监索取（“灵活认可范围活动清单”）。","cs":"Aktuální seznam činností prováděných v rámci flexibilního rozsahu má laboratoř k dispozici u ředitelky pro jakost a manažerské systémy ve formě „Seznam činností v rámci flexibilního rozsahu akreditace“."},{"pl":"Laboratorium wydaje opinie i interpretacje wyników badań.","en":"The laboratory provides opinions and interpretations of the test results.","zh":"实验室提供检测结果的意见和解释。","cs":"Laboratoř poskytuje stanoviska a interpretace výsledků zkoušek."}],"source_lang":"cs","source_pdf_sha256":"84924f4ea89c6197287a0fe4822313df3acf0abc8e07516a50801be2c7821558","source_pdf_url":"https://www.cai.cz/OA/pdf/126_2026_CS.pdf","source_pdf_url_en":"https://www.cai.cz/OA/pdf/126_2026_EN.pdf"},"methods":[{"_id":"4376f0bf606eba08213e231a","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"1","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al całkowitego, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodą optycznej spektrometrii emisyjnej, CEV obliczeniowo z wyników pomiarów","methodology_en":"Determination of C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al total, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg by optical emission spectrometry method, CEV by calculation from measured values","methodology_zh":"光电发射光谱法测定C、Mn、Si、P、S、Cu、Ni、Cr、Mo、V、Ti、W、Nb、全铝、Co、Zr、B、As、Sn、Pb、Sb、Ca、Zn、Mg，由测得值计算CEV","methodology_cs":"Stanovení C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Alcelkového, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodou optické emisní spektrometrie, CEV výpočtem z naměřených hodnot","parameters":[{"name":"Węgiel (C)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Krzem (Si)","range":""},{"name":"Fosfor (P)","range":""},{"name":"Siarka (S)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Wanad (V)","range":""},{"name":"Tytan (Ti)","range":""},{"name":"Wolfram (W)","range":""},{"name":"Niob (Nb)","range":""},{"name":"Glin całkowity (Al)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Cyrkon (Zr)","range":""},{"name":"Bor (B)","range":""},{"name":"Arsen (As)","range":""},{"name":"Cyna (Sn)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Antymon (Sb)","range":""},{"name":"Wapń (Ca)","range":""},{"name":"Cynk (Zn)","range":""},{"name":"Magnez (Mg)","range":""}],"parameters_en":[{"name":"Carbon (C)","range":""},{"name":"Manganese (Mn)","range":""},{"name":"Silicon (Si)","range":""},{"name":"Phosphorus (P)","range":""},{"name":"Sulphur (S)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Molybdenum (Mo)","range":""},{"name":"Vanadium (V)","range":""},{"name":"Titanium (Ti)","range":""},{"name":"Tungsten (W)","range":""},{"name":"Niobium (Nb)","range":""},{"name":"Aluminium total (Al)","range":""},{"name":"Cobalt (Co)","range":""},{"name":"Zirconium (Zr)","range":""},{"name":"Boron (B)","range":""},{"name":"Arsenic (As)","range":""},{"name":"Tin (Sn)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Antimony (Sb)","range":""},{"name":"Calcium (Ca)","range":""},{"name":"Zinc (Zn)","range":""},{"name":"Magnesium (Mg)","range":""}],"parameters_zh":[{"name":"碳（C）","range":""},{"name":"锰（Mn）","range":""},{"name":"硅（Si）","range":""},{"name":"磷（P）","range":""},{"name":"硫（S）","range":""},{"name":"铜（Cu）","range":""},{"name":"镍（Ni）","range":""},{"name":"铬（Cr）","range":""},{"name":"钼（Mo）","range":""},{"name":"钒（V）","range":""},{"name":"钛（Ti）","range":""},{"name":"钨（W）","range":""},{"name":"铌（Nb）","range":""},{"name":"全铝（Al）","range":""},{"name":"钴（Co）","range":""},{"name":"锆（Zr）","range":""},{"name":"硼（B）","range":""},{"name":"砷（As）","range":""},{"name":"锡（Sn）","range":""},{"name":"铅（Pb）","range":""},{"name":"锑（Sb）","range":""},{"name":"钙（Ca）","range":""},{"name":"锌（Zn）","range":""},{"name":"镁（Mg）","range":""}],"parameters_cs":[{"name":"C","range":""},{"name":"Mn","range":""},{"name":"Si","range":""},{"name":"P","range":""},{"name":"S","range":""},{"name":"Cu","range":""},{"name":"Ni","range":""},{"name":"Cr","range":""},{"name":"Mo","range":""},{"name":"V","range":""},{"name":"Ti","range":""},{"name":"W","range":""},{"name":"Nb","range":""},{"name":"Alcelkového","range":""},{"name":"Co","range":""},{"name":"Zr","range":""},{"name":"B","range":""},{"name":"As","range":""},{"name":"Sn","range":""},{"name":"Pb","range":""},{"name":"Sb","range":""},{"name":"Ca","range":""},{"name":"Zn","range":""},{"name":"Mg","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["równoważnik węgla (CEV)"],"computed_en":["CEV (carbon equivalent)"],"computed_zh":["碳当量（CEV）"],"computed_cs":["CEV"],"activity":"Oznaczanie C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al całkowitego, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodą optycznej spektrometrii emisyjnej, CEV obliczeniowo z wyników pomiarów\nZakres:\nWęgiel (C)\nMangan (Mn)\nKrzem (Si)\nFosfor (P)\nSiarka (S)\nMiedź (Cu)\nNikiel (Ni)\nChrom (Cr)\nMolibden (Mo)\nWanad (V)\nTytan (Ti)\nWolfram (W)\nNiob (Nb)\nGlin całkowity (Al)\nKobalt (Co)\nCyrkon (Zr)\nBor (B)\nArsen (As)\nCyna (Sn)\nOłów (Pb)\nAntymon (Sb)\nWapń (Ca)\nCynk (Zn)\nMagnez (Mg)","reference":"QD-VTC.10 OES-0001 (ČSN EN 10025-1; ASTM E415; ASTM E1086; ASTM E1999; Návody firmy SPECTRO)","norm_bases":["QD-VTC.10 OES-0001","ČSN EN 10025-1","ASTM E415","ASTM E1086","ASTM E1999","Návody firmy SPECTRO"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al całkowitego, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodą optycznej spektrometrii emisyjnej, CEV obliczeniowo z wyników pomiarów Węgiel (C)  Mangan (Mn)  Krzem (Si)  Fosfor (P)  Siarka (S)  Miedź (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Niob (Nb)  Glin całkowity (Al)  Kobalt (Co)  Cyrkon (Zr)  Bor (B)  Arsen (As)  Cyna (Sn)  Ołów (Pb)  Antymon (Sb)  Wapń (Ca)  Cynk (Zn)  Magnez (Mg)  równoważnik węgla (CEV) Technické železo Stanovení C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Alcelkového, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodou optické emisní spektrometrie, CEV výpočtem z naměřených hodnot C  Mn  Si  P  S  Cu  Ni  Cr  Mo  V  Ti  W  Nb  Alcelkového  Co  Zr  B  As  Sn  Pb  Sb  Ca  Zn  Mg  CEV QD-VTC.10 OES-0001 (ČSN EN 10025-1; ASTM E415; ASTM E1086; ASTM E1999; Návody firmy SPECTRO) Zelazo techniczne Oznaczanie C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al calkowitego, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metoda optycznej spektrometrii emisyjnej, CEV obliczeniowo z wynikow pomiarow Wegiel (C)  Mangan (Mn)  Krzem (Si)  Fosfor (P)  Siarka (S)  Miedz (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Niob (Nb)  Glin calkowity (Al)  Kobalt (Co)  Cyrkon (Zr)  Bor (B)  Arsen (As)  Cyna (Sn)  Olow (Pb)  Antymon (Sb)  Wapn (Ca)  Cynk (Zn)  Magnez (Mg)  rownowaznik wegla (CEV) Technicke zelezo Stanoveni C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Alcelkoveho, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg metodou opticke emisni spektrometrie, CEV vypoctem z namerenych hodnot C  Mn  Si  P  S  Cu  Ni  Cr  Mo  V  Ti  W  Nb  Alcelkoveho  Co  Zr  B  As  Sn  Pb  Sb  Ca  Zn  Mg  CEV QD-VTC.10 OES-0001 (CSN EN 10025-1; ASTM E415; ASTM E1086; ASTM E1999; Navody firmy SPECTRO)","search_en":"Technical iron Determination of C, Mn, Si, P, S, Cu, Ni, Cr, Mo, V, Ti, W, Nb, Al total, Co, Zr, B, As, Sn, Pb, Sb, Ca, Zn, Mg by optical emission spectrometry method, CEV by calculation from measured values Carbon (C)  Manganese (Mn)  Silicon (Si)  Phosphorus (P)  Sulphur (S)  Copper (Cu)  Nickel (Ni)  Chromium (Cr)  Molybdenum (Mo)  Vanadium (V)  Titanium (Ti)  Tungsten (W)  Niobium (Nb)  Aluminium total (Al)  Cobalt (Co)  Zirconium (Zr)  Boron (B)  Arsenic (As)  Tin (Sn)  Lead (Pb)  Antimony (Sb)  Calcium (Ca)  Zinc (Zn)  Magnesium (Mg)  CEV (carbon equivalent) QD-VTC.10 OES-0001 (ČSN EN 10025-1; ASTM E415; ASTM E1086; ASTM E1999; Návody firmy SPECTRO)","search_zh":"工业铁 光电发射光谱法测定C、Mn、Si、P、S、Cu、Ni、Cr、Mo、V、Ti、W、Nb、全铝、Co、Zr、B、As、Sn、Pb、Sb、Ca、Zn、Mg，由测得值计算CEV 碳（C）  锰（Mn）  硅（Si）  磷（P）  硫（S）  铜（Cu）  镍（Ni）  铬（Cr）  钼（Mo）  钒（V）  钛（Ti）  钨（W）  铌（Nb）  全铝（Al）  钴（Co）  锆（Zr）  硼（B）  砷（As）  锡（Sn）  铅（Pb）  锑（Sb）  钙（Ca）  锌（Zn）  镁（Mg）  碳当量（CEV） QD-VTC.10 OES-0001 (ČSN EN 10025-1; ASTM E415; ASTM E1086; ASTM E1999; Návody firmy SPECTRO)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":0,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"8c89f04c7be42aba21ff5edb","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"2","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodą rentgenowskiej spektrometrii fluorescencyjnej","methodology_en":"Determination of Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb by X-ray fluorescence spectrometry","methodology_zh":"X射线荧光光谱法测定Mn、Si、P、Cu、Ni、Cr、Mo、V、Ti、W、Nb","methodology_cs":"Stanovení Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodou rentgenové fluorescenční spektrometrie","parameters":[{"name":"Mangan (Mn)","range":""},{"name":"Krzem (Si)","range":""},{"name":"Fosfor (P)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Wanad (V)","range":""},{"name":"Tytan (Ti)","range":""},{"name":"Wolfram (W)","range":""},{"name":"Niob (Nb)","range":""}],"parameters_en":[{"name":"Manganese (Mn)","range":""},{"name":"Silicon (Si)","range":""},{"name":"Phosphorus (P)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Molybdenum (Mo)","range":""},{"name":"Vanadium (V)","range":""},{"name":"Titanium (Ti)","range":""},{"name":"Tungsten (W)","range":""},{"name":"Niobium (Nb)","range":""}],"parameters_zh":[{"name":"锰（Mn）","range":""},{"name":"硅（Si）","range":""},{"name":"磷（P）","range":""},{"name":"铜（Cu）","range":""},{"name":"镍（Ni）","range":""},{"name":"铬（Cr）","range":""},{"name":"钼（Mo）","range":""},{"name":"钒（V）","range":""},{"name":"钛（Ti）","range":""},{"name":"钨（W）","range":""},{"name":"铌（Nb）","range":""}],"parameters_cs":[{"name":"Mn","range":""},{"name":"Si","range":""},{"name":"P","range":""},{"name":"Cu","range":""},{"name":"Ni","range":""},{"name":"Cr","range":""},{"name":"Mo","range":""},{"name":"V","range":""},{"name":"Ti","range":""},{"name":"W","range":""},{"name":"Nb","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodą rentgenowskiej spektrometrii fluorescencyjnej\nZakres:\nMangan (Mn)\nKrzem (Si)\nFosfor (P)\nMiedź (Cu)\nNikiel (Ni)\nChrom (Cr)\nMolibden (Mo)\nWanad (V)\nTytan (Ti)\nWolfram (W)\nNiob (Nb)","reference":"QD-VTC.10 RTG-0016 (Návod firmy THERMO; Operační manuál ELVATECH)","norm_bases":["QD-VTC.10 RTG-0016","Návod firmy THERMO","Operační manuál ELVATECH"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":true,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodą rentgenowskiej spektrometrii fluorescencyjnej Mangan (Mn)  Krzem (Si)  Fosfor (P)  Miedź (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Niob (Nb)  Technické železo Stanovení Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodou rentgenové fluorescenční spektrometrie Mn  Si  P  Cu  Ni  Cr  Mo  V  Ti  W  Nb  QD-VTC.10 RTG-0016 (Návod firmy THERMO; Operační manuál ELVATECH) Zelazo techniczne Oznaczanie Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metoda rentgenowskiej spektrometrii fluorescencyjnej Mangan (Mn)  Krzem (Si)  Fosfor (P)  Miedz (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Niob (Nb)  Technicke zelezo Stanoveni Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb metodou rentgenove fluorescencni spektrometrie Mn  Si  P  Cu  Ni  Cr  Mo  V  Ti  W  Nb  QD-VTC.10 RTG-0016 (Navod firmy THERMO; Operacni manual ELVATECH)","search_en":"Technical iron Determination of Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Nb by X-ray fluorescence spectrometry Manganese (Mn)  Silicon (Si)  Phosphorus (P)  Copper (Cu)  Nickel (Ni)  Chromium (Cr)  Molybdenum (Mo)  Vanadium (V)  Titanium (Ti)  Tungsten (W)  Niobium (Nb)  QD-VTC.10 RTG-0016 (Návod firmy THERMO; Operační manuál ELVATECH)","search_zh":"工业铁 X射线荧光光谱法测定Mn、Si、P、Cu、Ni、Cr、Mo、V、Ti、W、Nb 锰（Mn）  硅（Si）  磷（P）  铜（Cu）  镍（Ni）  铬（Cr）  钼（Mo）  钒（V）  钛（Ti）  钨（W）  铌（Nb）  QD-VTC.10 RTG-0016 (Návod firmy THERMO; Operační manuál ELVATECH)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":1,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"8eb3273a8bad77e0ea5dd34e","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"3","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym","methodology_en":"Determination of C, S by an IR analyzer after combustion in induction furnace","methodology_zh":"感应炉燃烧后红外检测分析仪测定C、S","methodology_cs":"Stanovení C, S analyzátorem s IČ detekcí po spálení v indukční peci","parameters":[{"name":"Węgiel (C)","range":""},{"name":"Siarka (S)","range":""}],"parameters_en":[{"name":"Carbon (C)","range":""},{"name":"Sulphur (S)","range":""}],"parameters_zh":[{"name":"碳（C）","range":""},{"name":"硫（S）","range":""}],"parameters_cs":[{"name":"C","range":""},{"name":"S","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym\nZakres:\nWęgiel (C)\nSiarka (S)","reference":"QI-VTC.10 GEN-0002 (ASTM E1019; Návod firmy LECO)","norm_bases":["QI-VTC.10 GEN-0002","ASTM E1019","Návod firmy LECO"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym Węgiel (C)  Siarka (S)  Technické železo Stanovení C, S analyzátorem s IČ detekcí po spálení v indukční peci C  S  QI-VTC.10 GEN-0002 (ASTM E1019; Návod firmy LECO) Zelazo techniczne Oznaczanie C, S analizatorem z detekcja IR po spaleniu w piecu indukcyjnym Wegiel (C)  Siarka (S)  Technicke zelezo Stanoveni C, S analyzatorem s IC detekci po spaleni v indukcni peci C  S  QI-VTC.10 GEN-0002 (ASTM E1019; Navod firmy LECO)","search_en":"Technical iron Determination of C, S by an IR analyzer after combustion in induction furnace Carbon (C)  Sulphur (S)  QI-VTC.10 GEN-0002 (ASTM E1019; Návod firmy LECO)","search_zh":"工业铁 感应炉燃烧后红外检测分析仪测定C、S 碳（C）  硫（S）  QI-VTC.10 GEN-0002 (ASTM E1019; Návod firmy LECO)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":2,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"679ff16a186374074906e0c3","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"4","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie N analizatorem z detekcją cieplno-przewodnościową po stopieniu w gazie obojętnym","methodology_en":"Determination of N by an analyzer with thermal conductivity detection after melting in inert gas","methodology_zh":"惰气熔融热导检测分析仪测定N","methodology_cs":"Stanovení N analyzátorem s tepelně vodivostní detekcí po roztavení v inertním plynu","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie N analizatorem z detekcją cieplno-przewodnościową po stopieniu w gazie obojętnym","reference":"QI-VTC.10 GEN-0003 (ČSN EN ISO 10720; ASTM E1019; Návod firmy LECO)","norm_bases":["QI-VTC.10 GEN-0003","ČSN EN ISO 10720","ASTM E1019","Návod firmy LECO"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie N analizatorem z detekcją cieplno-przewodnościową po stopieniu w gazie obojętnym Technické železo Stanovení N analyzátorem s tepelně vodivostní detekcí po roztavení v inertním plynu QI-VTC.10 GEN-0003 (ČSN EN ISO 10720; ASTM E1019; Návod firmy LECO) Zelazo techniczne Oznaczanie N analizatorem z detekcja cieplno-przewodnosciowa po stopieniu w gazie obojetnym Technicke zelezo Stanoveni N analyzatorem s tepelne vodivostni detekci po roztaveni v inertnim plynu QI-VTC.10 GEN-0003 (CSN EN ISO 10720; ASTM E1019; Navod firmy LECO)","search_en":"Technical iron Determination of N by an analyzer with thermal conductivity detection after melting in inert gas QI-VTC.10 GEN-0003 (ČSN EN ISO 10720; ASTM E1019; Návod firmy LECO)","search_zh":"工业铁 惰气熔融热导检测分析仪测定N QI-VTC.10 GEN-0003 (ČSN EN ISO 10720; ASTM E1019; Návod firmy LECO)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":3,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"19a058166aa70c25a50ffaaf","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"5","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie O analizatorem z detekcją IR po stopieniu w gazie obojętnym","methodology_en":"Determination of O by an analyzer with IR detection after melting in inert gas","methodology_zh":"惰气熔融红外检测分析仪测定O","methodology_cs":"Stanovení O analyzátorem s IČ detekcí po roztavení v inertním plynu","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie O analizatorem z detekcją IR po stopieniu w gazie obojętnym","reference":"QI-VTC.10 GEN-0004 (ČSN EN 10276-2; ASTM E1019)","norm_bases":["QI-VTC.10 GEN-0004","ČSN EN 10276-2","ASTM E1019"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie O analizatorem z detekcją IR po stopieniu w gazie obojętnym Technické železo Stanovení O analyzátorem s IČ detekcí po roztavení v inertním plynu QI-VTC.10 GEN-0004 (ČSN EN 10276-2; ASTM E1019) Zelazo techniczne Oznaczanie O analizatorem z detekcja IR po stopieniu w gazie obojetnym Technicke zelezo Stanoveni O analyzatorem s IC detekci po roztaveni v inertnim plynu QI-VTC.10 GEN-0004 (CSN EN 10276-2; ASTM E1019)","search_en":"Technical iron Determination of O by an analyzer with IR detection after melting in inert gas QI-VTC.10 GEN-0004 (ČSN EN 10276-2; ASTM E1019)","search_zh":"工业铁 惰气熔融红外检测分析仪测定O QI-VTC.10 GEN-0004 (ČSN EN 10276-2; ASTM E1019)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":4,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"e94289b3d503cb76f01e05a0","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"6","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie H analizatorem z detekcją cieplno-przewodnościową po ogrzaniu w gazie obojętnym","methodology_en":"Determination of H by an analyzer with thermal conductivity detection after heating in inert gas","methodology_zh":"惰气加热热导检测分析仪测定H","methodology_cs":"Stanovení H analyzátorem s tepelně vodivostní detekcí po zahřátí v inertním 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Navod firmy LECO)","search_en":"Technical iron Determination of H by an analyzer with thermal conductivity detection after heating in inert gas QI-VTC.10 GEN-0010 (Aplikační zpráva firmy LECO 203-601-136; Návod firmy LECO)","search_zh":"工业铁 惰气加热热导检测分析仪测定H QI-VTC.10 GEN-0010 (Aplikační zpráva firmy LECO 203-601-136; Návod firmy LECO)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":5,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"a3263c6923a710140a9706b7","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"7","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie P metodą miareczkową","methodology_en":"Determination of P by titration","methodology_zh":"滴定法测定P","methodology_cs":"Stanovení P titračně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie P metodą miareczkową","reference":"QD-VTC.10 CHEM-0001, čl. 7.3, 7.4, 7.5 (ASTM E350, čl. 172 až 179; ASTM E351, čl. 160 až 167)","norm_bases":["QD-VTC.10 CHEM-0001","ASTM E350, čl. 172 až 179","ASTM E351, čl. 160 až 167"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 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titračně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Cr metodą miareczkową","reference":"QD-VTC.10 CHEM-0001, čl. 7.7 (ČSN EN ISO 4937)","norm_bases":["QD-VTC.10 CHEM-0001","ČSN EN ISO 4937"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig 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techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie V metodą miareczkową","methodology_en":"Determination of V by titration","methodology_zh":"滴定法测定V","methodology_cs":"Stanovení V titračně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie V metodą miareczkową","reference":"QD-VTC.10 CHEM-0001, čl. 7.7 (ČSN EN ISO 4947)","norm_bases":["QD-VTC.10 CHEM-0001","ČSN EN ISO 4947"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie V metodą miareczkową Technické železo Stanovení V titračně QD-VTC.10 CHEM-0001, čl. 7.7 (ČSN EN ISO 4947) Zelazo techniczne Oznaczanie V metoda miareczkowa Technicke zelezo Stanoveni V titracne QD-VTC.10 CHEM-0001, cl. 7.7 (CSN EN ISO 4947)","search_en":"Technical iron Determination of V by titration QD-VTC.10 CHEM-0001, čl. 7.7 (ČSN EN ISO 4947)","search_zh":"工业铁 滴定法测定V QD-VTC.10 CHEM-0001, čl. 7.7 (ČSN EN ISO 4947)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":8,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"9b0b985f78f38618f0bc1bc7","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"10","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie Ni metodą fotometryczną","methodology_en":"Determination of Ni by photometry","methodology_zh":"光度法测定Ni","methodology_cs":"Stanovení Ni fotometricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Ni metodą fotometryczną","reference":"QD-VTC.10 CHEM-0001, čl. 7.6 (ČSN 42 0516:1981)","norm_bases":["QD-VTC.10 CHEM-0001","ČSN 42 0516:1981"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie Ni metodą fotometryczną Technické železo Stanovení Ni fotometricky QD-VTC.10 CHEM-0001, čl. 7.6 (ČSN 42 0516:1981) Zelazo techniczne Oznaczanie Ni metoda fotometryczna Technicke zelezo Stanoveni Ni fotometricky QD-VTC.10 CHEM-0001, cl. 7.6 (CSN 42 0516:1981)","search_en":"Technical iron Determination of Ni by photometry QD-VTC.10 CHEM-0001, čl. 7.6 (ČSN 42 0516:1981)","search_zh":"工业铁 光度法测定Ni QD-VTC.10 CHEM-0001, čl. 7.6 (ČSN 42 0516:1981)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":9,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"c3888e1126937c3f26343dab","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"11","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie Mo metodą fotometryczną","methodology_en":"Determination of Mo by photometry","methodology_zh":"光度法测定Mo","methodology_cs":"Stanovení Mo 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iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie Mo metodą fotometryczną Technické železo Stanovení Mo fotometricky QD-VTC.10 CHEM-0001, čl. 7.8 (ČSN ISO 4941:1993) Zelazo techniczne Oznaczanie Mo metoda fotometryczna Technicke zelezo Stanoveni Mo fotometricky QD-VTC.10 CHEM-0001, cl. 7.8 (CSN ISO 4941:1993)","search_en":"Technical iron Determination of Mo by photometry QD-VTC.10 CHEM-0001, čl. 7.8 (ČSN ISO 4941:1993)","search_zh":"工业铁 光度法测定Mo QD-VTC.10 CHEM-0001, čl. 7.8 (ČSN ISO 4941:1993)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":10,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"97f91cf0b2cba18c7b43fdfb","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"12","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie Si metodą wagową","methodology_en":"Determination of Si by gravimetry","methodology_zh":"重量法测定Si","methodology_cs":"Stanovení Si gravimetricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Si metodą wagową","reference":"QD-VTC.10 CHEM-0001, čl. 7.2 (ČSN EN ISO 439; ASTM E350, čl. 46 až 52)","norm_bases":["QD-VTC.10 CHEM-0001","ČSN EN ISO 439","ASTM E350, čl. 46 až 52"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with 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52)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":11,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"300c994003178c1ec7acc0f3","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"13","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie Cu, Ni, Cr, Al całkowitego, Mn, Co, V, Pb, Zn metodą płomieniowej absorpcyjnej spektrometrii atomowej","methodology_en":"Determination of Cu, Ni, Cr, Al total, Mn, Co, V, Pb, Zn by flame atomic absorption spectrometry method","methodology_zh":"火焰原子吸收光谱法测定Cu、Ni、Cr、全铝、Mn、Co、V、Pb、Zn","methodology_cs":"Stanovení Cu, Ni, Cr, Alcelkového, Mn, Co, V, Pb, Zn, metodou plamenové atomové absorpční spektrometrie","parameters":[{"name":"Miedź (Cu)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Glin całkowity (Al)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Wanad (V)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Cynk (Zn)","range":""}],"parameters_en":[{"name":"Copper (Cu)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Aluminium total (Al)","range":""},{"name":"Manganese (Mn)","range":""},{"name":"Cobalt (Co)","range":""},{"name":"Vanadium (V)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Zinc (Zn)","range":""}],"parameters_zh":[{"name":"铜（Cu）","range":""},{"name":"镍（Ni）","range":""},{"name":"铬（Cr）","range":""},{"name":"全铝（Al）","range":""},{"name":"锰（Mn）","range":""},{"name":"钴（Co）","range":""},{"name":"钒（V）","range":""},{"name":"铅（Pb）","range":""},{"name":"锌（Zn）","range":""}],"parameters_cs":[{"name":"Cu","range":""},{"name":"Ni","range":""},{"name":"Cr","range":""},{"name":"Alcelkového","range":""},{"name":"Mn","range":""},{"name":"Co","range":""},{"name":"V","range":""},{"name":"Pb","range":""},{"name":"Zn","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Cu, Ni, Cr, Al całkowitego, Mn, Co, V, Pb, Zn metodą płomieniowej absorpcyjnej spektrometrii atomowej\nZakres:\nMiedź (Cu)\nNikiel (Ni)\nChrom (Cr)\nGlin całkowity (Al)\nMangan (Mn)\nKobalt (Co)\nWanad (V)\nOłów (Pb)\nCynk (Zn)","reference":"QD-VTC.10 AAS-0001 (ČSN 42 0521; ČSN EN ISO 4943; ČSN EN 10136; ČSN EN 10188; ČSN EN ISO 9658; ČSN EN ISO 10700; ČSN EN ISO 9647; ČSN EN 10181)","norm_bases":["QD-VTC.10 AAS-0001","ČSN 42 0521","ČSN EN ISO 4943","ČSN EN 10136","ČSN EN 10188","ČSN EN ISO 9658","ČSN EN ISO 10700","ČSN EN ISO 9647","ČSN EN 10181"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Materiały na osnowie żelaza, np. stale, żeliwa, surówki","note_en":"Materials with iron matrix, e.g. steel, cast iron, pig iron","note_zh":"铁基材料，例如钢、铸铁、生铁","note_cs":"Materiály s železnou matricí např.: oceli, litiny, surová železa","search_text":"Żelazo techniczne Oznaczanie Cu, Ni, Cr, Al całkowitego, Mn, Co, V, Pb, Zn metodą płomieniowej absorpcyjnej spektrometrii atomowej Miedź (Cu)  Nikiel (Ni)  Chrom (Cr)  Glin całkowity (Al)  Mangan (Mn)  Kobalt (Co)  Wanad (V)  Ołów (Pb)  Cynk (Zn)  Technické železo Stanovení Cu, Ni, Cr, Alcelkového, Mn, Co, V, Pb, Zn, metodou plamenové atomové absorpční spektrometrie Cu  Ni  Cr  Alcelkového  Mn  Co  V  Pb  Zn  QD-VTC.10 AAS-0001 (ČSN 42 0521; ČSN EN ISO 4943; ČSN EN 10136; ČSN EN 10188; ČSN EN ISO 9658; ČSN EN ISO 10700; ČSN EN ISO 9647; ČSN EN 10181) Zelazo techniczne Oznaczanie Cu, Ni, Cr, Al calkowitego, Mn, Co, V, Pb, Zn metoda plomieniowej absorpcyjnej spektrometrii atomowej Miedz (Cu)  Nikiel (Ni)  Chrom (Cr)  Glin calkowity (Al)  Mangan (Mn)  Kobalt (Co)  Wanad (V)  Olow (Pb)  Cynk (Zn)  Technicke zelezo Stanoveni Cu, Ni, Cr, Alcelkoveho, Mn, Co, V, Pb, Zn, metodou plamenove atomove absorpcni spektrometrie Cu  Ni  Cr  Alcelkoveho  Mn  Co  V  Pb  Zn  QD-VTC.10 AAS-0001 (CSN 42 0521; CSN EN ISO 4943; CSN EN 10136; CSN EN 10188; CSN EN ISO 9658; CSN EN ISO 10700; CSN EN ISO 9647; CSN EN 10181)","search_en":"Technical iron Determination of Cu, Ni, Cr, Al total, Mn, Co, V, Pb, Zn by flame atomic absorption spectrometry method Copper (Cu)  Nickel (Ni)  Chromium (Cr)  Aluminium total (Al)  Manganese (Mn)  Cobalt (Co)  Vanadium (V)  Lead (Pb)  Zinc (Zn)  QD-VTC.10 AAS-0001 (ČSN 42 0521; ČSN EN ISO 4943; ČSN EN 10136; ČSN EN 10188; ČSN EN ISO 9658; ČSN EN ISO 10700; ČSN EN ISO 9647; ČSN EN 10181)","search_zh":"工业铁 火焰原子吸收光谱法测定Cu、Ni、Cr、全铝、Mn、Co、V、Pb、Zn 铜（Cu）  镍（Ni）  铬（Cr）  全铝（Al）  锰（Mn）  钴（Co）  钒（V）  铅（Pb）  锌（Zn）  QD-VTC.10 AAS-0001 (ČSN 42 0521; ČSN EN ISO 4943; ČSN EN 10136; ČSN EN 10188; ČSN EN ISO 9658; ČSN EN ISO 10700; ČSN EN ISO 9647; ČSN EN 10181)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":12,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"307caeaf63e79202533da202","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"14","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym oraz CO, CO2, SO2, SO3 obliczeniowo z wyników pomiarów","methodology_en":"Determination of C, S by an analyzer with IR detection after combustion in induction furnace and CO, CO2, SO2, SO3 by calculation from measured values","methodology_zh":"感应炉燃烧后红外检测分析仪测定C、S，由测得值计算CO、CO2、SO2、SO3","methodology_cs":"Stanovení C, S analyzátorem s IČ detekcí po spálení v indukční peci a CO, CO2, SO2, SO3 výpočtem z naměřených hodnot","parameters":[{"name":"Węgiel (C)","range":""},{"name":"Siarka (S)","range":""}],"parameters_en":[{"name":"Carbon (C)","range":""},{"name":"Sulphur (S)","range":""}],"parameters_zh":[{"name":"碳（C）","range":""},{"name":"硫（S）","range":""}],"parameters_cs":[{"name":"C","range":""},{"name":"S","range":""}],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":["CO","CO2","SO2","SO3"],"computed_en":["CO","CO2","SO2","SO3"],"computed_zh":["CO","CO2","SO2","SO3"],"computed_cs":["CO","CO2","SO2","SO3"],"activity":"Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym oraz CO, CO2, SO2, SO3 obliczeniowo z wyników pomiarów\nZakres:\nWęgiel (C)\nSiarka (S)","reference":"QD-VTC.10 LECO CS-0002 (Aplikační zpráva firmy LECO 209-141-001)","norm_bases":["QD-VTC.10 LECO CS-0002","Aplikační zpráva firmy LECO 209-141-001"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie C, S analizatorem z detekcją IR po spaleniu w piecu indukcyjnym oraz CO, CO2, SO2, SO3 obliczeniowo z wyników pomiarów Węgiel (C)  Siarka (S)  CO CO2 SO2 SO3 Žárovzdorné materiály, oxidické materiály Stanovení C, S analyzátorem s IČ detekcí po spálení v indukční peci a CO, CO2, SO2, SO3 výpočtem z naměřených hodnot C  S  CO CO2 SO2 SO3 QD-VTC.10 LECO CS-0002 (Aplikační zpráva firmy LECO 209-141-001) Materialy ogniotrwale, materialy tlenkowe Oznaczanie C, S analizatorem z detekcja IR po spaleniu w piecu indukcyjnym oraz CO, CO2, SO2, SO3 obliczeniowo z wynikow pomiarow Wegiel (C)  Siarka (S)  CO CO2 SO2 SO3 Zarovzdorne materialy, oxidicke materialy Stanoveni C, S analyzatorem s IC detekci po spaleni v indukcni peci a CO, CO2, SO2, SO3 vypoctem z namerenych hodnot C  S  CO CO2 SO2 SO3 QD-VTC.10 LECO CS-0002 (Aplikacni zprava firmy LECO 209-141-001)","search_en":"Refractory materials, oxide materials Determination of C, S by an analyzer with IR detection after combustion in induction furnace and CO, CO2, SO2, SO3 by calculation from measured values Carbon (C)  Sulphur (S)  CO CO2 SO2 SO3 QD-VTC.10 LECO CS-0002 (Aplikační zpráva firmy LECO 209-141-001)","search_zh":"耐火材料、氧化物材料 感应炉燃烧后红外检测分析仪测定C、S，由测得值计算CO、CO2、SO2、SO3 碳（C）  硫（S）  CO CO2 SO2 SO3 QD-VTC.10 LECO CS-0002 (Aplikační zpráva firmy LECO 209-141-001)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":13,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"bafd346c7e7b9d292eeed6e5","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"15","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie MgO metodą miareczkową i Mg obliczeniowo z wyników pomiarów","methodology_en":"Determination of MgO by titration and Mg by calculation from measured values","methodology_zh":"滴定法测定MgO，由测得值计算Mg","methodology_cs":"Stanovení MgO titračně a Mg výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie MgO metodą miareczkową i Mg obliczeniowo z wyników pomiarów","reference":"QD-VTC.10 CHEM-0010, čl. 6.15 (ČSN 72 0114-1)","norm_bases":["QD-VTC.10 CHEM-0010","ČSN 72 0114-1"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie MgO metodą miareczkową i Mg obliczeniowo z wyników pomiarów Žárovzdorné materiály, oxidické materiály Stanovení MgO titračně a Mg výpočtem z naměřených hodnot QD-VTC.10 CHEM-0010, čl. 6.15 (ČSN 72 0114-1) Materialy ogniotrwale, materialy tlenkowe Oznaczanie MgO metoda miareczkowa i Mg obliczeniowo z wynikow pomiarow Zarovzdorne materialy, oxidicke materialy Stanoveni MgO titracne a Mg vypoctem z namerenych hodnot QD-VTC.10 CHEM-0010, cl. 6.15 (CSN 72 0114-1)","search_en":"Refractory materials, oxide materials Determination of MgO by titration and Mg by calculation from measured values QD-VTC.10 CHEM-0010, čl. 6.15 (ČSN 72 0114-1)","search_zh":"耐火材料、氧化物材料 滴定法测定MgO，由测得值计算Mg QD-VTC.10 CHEM-0010, čl. 6.15 (ČSN 72 0114-1)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":14,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"6fae0aeda12f05f87efd8a7b","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"16","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie CaO metodą miareczkową i Ca obliczeniowo z wyników pomiarów","methodology_en":"Determination of CaO by titration and Ca by calculation from measured values","methodology_zh":"滴定法测定CaO，由测得值计算Ca","methodology_cs":"Stanovení CaO titračně a Ca výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie CaO metodą miareczkową i Ca obliczeniowo z wyników pomiarów","reference":"QD-VTC.10 CHEM-0010, čl. 6.11 (ČSN 72 0113-1)","norm_bases":["QD-VTC.10 CHEM-0010","ČSN 72 0113-1"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie CaO metodą miareczkową i Ca obliczeniowo z wyników pomiarów Žárovzdorné materiály, oxidické materiály Stanovení CaO titračně a Ca výpočtem z naměřených hodnot QD-VTC.10 CHEM-0010, čl. 6.11 (ČSN 72 0113-1) Materialy ogniotrwale, materialy tlenkowe Oznaczanie CaO metoda miareczkowa i Ca obliczeniowo z wynikow pomiarow Zarovzdorne materialy, oxidicke materialy Stanoveni CaO titracne a Ca vypoctem z namerenych hodnot QD-VTC.10 CHEM-0010, cl. 6.11 (CSN 72 0113-1)","search_en":"Refractory materials, oxide materials Determination of CaO by titration and Ca by calculation from measured values QD-VTC.10 CHEM-0010, čl. 6.11 (ČSN 72 0113-1)","search_zh":"耐火材料、氧化物材料 滴定法测定CaO，由测得值计算Ca QD-VTC.10 CHEM-0010, čl. 6.11 (ČSN 72 0113-1)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":15,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"7bb74a83ccfd7f91c821243b","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"17","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie Fe całkowitego, Fe metalicznego, FeO metodą miareczkową i Fe2O3 obliczeniowo z wyników pomiarów","methodology_en":"Determination of Fe total, Femetal, FeO by titration and Fe2O3 by calculation from measured values","methodology_zh":"滴定法测定全铁、金属铁、FeO，由测得值计算Fe2O3","methodology_cs":"Stanovení Fecelkového, Fekovového, FeO titračně a Fe2O3 výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Fe całkowitego, Fe metalicznego, FeO metodą miareczkową i Fe2O3 obliczeniowo z wyników pomiarów","reference":"QD-VTC.10 CHEM-0010, čl. 6.5, 6.4, 6.7, 6.6 (ČSN 72 2041-10:1992)","norm_bases":["QD-VTC.10 CHEM-0010","ČSN 72 2041-10:1992"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie Fe całkowitego, Fe metalicznego, FeO metodą miareczkową i Fe2O3 obliczeniowo z wyników pomiarów Žárovzdorné materiály, oxidické materiály Stanovení Fecelkového, Fekovového, FeO titračně a Fe2O3 výpočtem z naměřených hodnot QD-VTC.10 CHEM-0010, čl. 6.5, 6.4, 6.7, 6.6 (ČSN 72 2041-10:1992) Materialy ogniotrwale, materialy tlenkowe Oznaczanie Fe calkowitego, Fe metalicznego, FeO metoda miareczkowa i Fe2O3 obliczeniowo z wynikow pomiarow Zarovzdorne materialy, oxidicke materialy Stanoveni Fecelkoveho, Fekovoveho, FeO titracne a Fe2O3 vypoctem z namerenych hodnot QD-VTC.10 CHEM-0010, cl. 6.5, 6.4, 6.7, 6.6 (CSN 72 2041-10:1992)","search_en":"Refractory materials, oxide materials Determination of Fe total, Femetal, FeO by titration and Fe2O3 by calculation from measured values QD-VTC.10 CHEM-0010, čl. 6.5, 6.4, 6.7, 6.6 (ČSN 72 2041-10:1992)","search_zh":"耐火材料、氧化物材料 滴定法测定全铁、金属铁、FeO，由测得值计算Fe2O3 QD-VTC.10 CHEM-0010, čl. 6.5, 6.4, 6.7, 6.6 (ČSN 72 2041-10:1992)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":16,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"3bb5d979dcc6c49d4421deca","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"18","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie Fe2O3 metodą fotometryczną i Fe całkowitego obliczeniowo z wyników pomiarów","methodology_en":"Determination of Fe2O3 by photometry and Fe total by calculation from measured values","methodology_zh":"光度法测定Fe2O3，由测得值计算全铁","methodology_cs":"Stanovení Fe2O3 fotometricky a Fecelkového výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie Fe2O3 metodą fotometryczną i Fe całkowitego obliczeniowo z wyników pomiarów","reference":"QD-VTC.10 CHEM-0010, čl. 6.3 (ČSN 72 0110-5)","norm_bases":["QD-VTC.10 CHEM-0010","ČSN 72 0110-5"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie Fe2O3 metodą fotometryczną i Fe całkowitego obliczeniowo z wyników pomiarów Žárovzdorné materiály, oxidické materiály Stanovení Fe2O3 fotometricky a Fecelkového výpočtem z naměřených hodnot QD-VTC.10 CHEM-0010, čl. 6.3 (ČSN 72 0110-5) Materialy ogniotrwale, materialy tlenkowe Oznaczanie Fe2O3 metoda fotometryczna i Fe calkowitego obliczeniowo z wynikow pomiarow Zarovzdorne materialy, oxidicke materialy Stanoveni Fe2O3 fotometricky a Fecelkoveho vypoctem z namerenych hodnot QD-VTC.10 CHEM-0010, cl. 6.3 (CSN 72 0110-5)","search_en":"Refractory materials, oxide materials Determination of Fe2O3 by photometry and Fe total by calculation from measured values QD-VTC.10 CHEM-0010, čl. 6.3 (ČSN 72 0110-5)","search_zh":"耐火材料、氧化物材料 光度法测定Fe2O3，由测得值计算全铁 QD-VTC.10 CHEM-0010, čl. 6.3 (ČSN 72 0110-5)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":17,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"0bc2932d551dedc59c004630","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"19","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie SiO2 metodą wagową i Si obliczeniowo z wyników pomiarów","methodology_en":"Determination of SiO2 by gravimetry and Si by calculation from measured values","methodology_zh":"重量法测定SiO2，由测得值计算Si","methodology_cs":"Stanovení SiO2 gravimetricky a Si výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie SiO2 metodą wagową i Si obliczeniowo z wyników pomiarów","reference":"QD-VTC.10 CHEM-0010, čl. 6.2 (ČSN 72 0105-1)","norm_bases":["QD-VTC.10 CHEM-0010","ČSN 72 0105-1"],"lab_section":"Pracownia Fizykochemiczna","lab_section_en":"Physical-chemical Laboratory","lab_section_zh":"物理化学试验室","lab_section_cs":"Fyzikálně-chemická zkušebna","lab_address":"Pohraniční 584/142, Hulváky, 703 00 Ostrava","regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Materiały wysokoglinowe (np. mullit, korund, boksyt), glinokrzemianowe (np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie SiO2 metodą wagową i Si obliczeniowo z wyników pomiarów Žárovzdorné materiály, oxidické materiály Stanovení SiO2 gravimetricky a Si výpočtem z naměřených hodnot QD-VTC.10 CHEM-0010, čl. 6.2 (ČSN 72 0105-1) Materialy ogniotrwale, materialy tlenkowe Oznaczanie SiO2 metoda wagowa i Si obliczeniowo z wynikow pomiarow Zarovzdorne materialy, oxidicke materialy Stanoveni SiO2 gravimetricky a Si vypoctem z namerenych hodnot QD-VTC.10 CHEM-0010, cl. 6.2 (CSN 72 0105-1)","search_en":"Refractory materials, oxide materials Determination of SiO2 by gravimetry and Si by calculation from measured values QD-VTC.10 CHEM-0010, čl. 6.2 (ČSN 72 0105-1)","search_zh":"耐火材料、氧化物材料 重量法测定SiO2，由测得值计算Si QD-VTC.10 CHEM-0010, čl. 6.2 (ČSN 72 0105-1)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":18,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"e61b1cd0db0c81494138c191","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"20","test_object":"Materiały ogniotrwałe, materiały tlenkowe","test_object_en":"Refractory materials, oxide materials","test_object_zh":"耐火材料、氧化物材料","test_object_cs":"Žárovzdorné materiály, oxidické materiály","methodology":"Oznaczanie straty masy przy suszeniu i wilgotności metodą wagową","methodology_en":"Determination of the loss on drying and moisture content by gravimetry","methodology_zh":"重量法测定干燥失重和水分","methodology_cs":"Stanovení ztráty sušením a vlhkosti 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(np. łupek, glina, szamot), krzemionkowe, materiał wsadowy na osnowie żelaza (np. rudy i grudki żelaza, koncentraty żelaza, mieszanki rudne, aglomeraty), żużle, dodatki żużlotwórcze (np. wapno, wapienie, dolomity, magnezyty)","note_en":"High-alumina materials (e.g., mullite, corundum, bauxite), aluminosilicate materials (e.g., shale, clay, fireclay), siliceous materials, iron-matrix charge materials (e.g., iron ores and pellets, iron concentrates, ore mixtures, agglomerates), slags, slag-forming additives (e.g., lime, limestone, dolomite, magnesite)","note_zh":"高铝材料（如莫来石、刚玉、铝土矿）、硅铝材料（如页岩、黏土、耐火熟料）、硅质材料、铁基炉料（如铁矿石和球团、铁精矿、混合矿、烧结矿）、炉渣、造渣添加剂（如石灰、石灰石、白云石、菱镁矿）","note_cs":"Materiály vysocehlinité (např. mullit, korund, bauxit), hlinitokřemičité (např. lupek, jíl, šamot), křemičité, vsázkový materiál s železnou matricí (např. železné rudy a pelety, železné koncentráty, rudné směsi, aglomeráty), strusky, struskotvorné přísady (např. vápna, vápence, dolomity, magnezity)","search_text":"Materiały ogniotrwałe, materiały tlenkowe Oznaczanie straty masy przy suszeniu i wilgotności metodą wagową Žárovzdorné materiály, oxidické materiály Stanovení ztráty sušením a vlhkosti gravimetricky QD-VTC.10 CHEM-0010, čl. 6.28 (ČSN 72 0102; ČSN ISO 3087) Materialy ogniotrwale, materialy tlenkowe Oznaczanie straty masy przy suszeniu i wilgotnosci metoda wagowa Zarovzdorne materialy, oxidicke materialy Stanoveni ztraty susenim a vlhkosti gravimetricky QD-VTC.10 CHEM-0010, cl. 6.28 (CSN 72 0102; CSN ISO 3087)","search_en":"Refractory materials, oxide materials Determination of the loss on drying and moisture content by gravimetry QD-VTC.10 CHEM-0010, čl. 6.28 (ČSN 72 0102; ČSN ISO 3087)","search_zh":"耐火材料、氧化物材料 重量法测定干燥失重和水分 QD-VTC.10 CHEM-0010, čl. 6.28 (ČSN 72 0102; ČSN ISO 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straty przy prażeniu metodą wagową Žárovzdorné materiály, oxidické materiály Stanovení ztráty žíháním gravimetricky QD-VTC.10 CHEM-0010, čl. 6.27 (ČSN EN ISO 26845) Materialy ogniotrwale, materialy tlenkowe Oznaczanie straty przy prazeniu metoda wagowa Zarovzdorne materialy, oxidicke materialy Stanoveni ztraty zihanim gravimetricky QD-VTC.10 CHEM-0010, cl. 6.27 (CSN EN ISO 26845)","search_en":"Refractory materials, oxide materials Determination of the loss on ignition by gravimetry QD-VTC.10 CHEM-0010, čl. 6.27 (ČSN EN ISO 26845)","search_zh":"耐火材料、氧化物材料 重量法测定灼烧损失 QD-VTC.10 CHEM-0010, čl. 6.27 (ČSN EN ISO 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1240; CSN 42 0461:1975; CSN 42 0469; CSN EN ISO 945-1; CSN EN ISO 17639; CSN EN ISO 15614-2; CSN EN ISO 15614-7:2007; CSN EN ISO 5832-3; ISO 20160; ASTM A247; ASTM E562; ASTM E1268; ASTM A923, metoda A; GOST 8233; GOST 5640; GOST 3443; VN 435230","search_en":"Metallic materials Testing of microstructure QI-VTC.20 GEN-0020; ČSN 03 8137; ČSN 42 0015; ČSN 42 1240; ČSN 42 0461:1975; ČSN 42 0469; ČSN EN ISO 945-1; ČSN EN ISO 17639; ČSN EN ISO 15614-2; ČSN EN ISO 15614-7:2007; ČSN EN ISO 5832-3; ISO 20160; ASTM A247; ASTM E562; ASTM E1268; ASTM A923, metoda A; GOST 8233; GOST 5640; GOST 3443; VN 435230","search_zh":"金属材料 显微组织检验 QI-VTC.20 GEN-0020; ČSN 03 8137; ČSN 42 0015; ČSN 42 1240; ČSN 42 0461:1975; ČSN 42 0469; ČSN EN ISO 945-1; ČSN EN ISO 17639; ČSN EN ISO 15614-2; ČSN EN ISO 15614-7:2007; ČSN EN ISO 5832-3; ISO 20160; ASTM A247; ASTM E562; ASTM E1268; ASTM A923, metoda A; GOST 8233; GOST 5640; GOST 3443; VN 435230","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":35,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"949e52f7481f8f514e82acfb","lab_id":"69ad52a4de79e566650fd214","country":"CZ","accr_number":"1036","accr_body":"ČIA","row_label":"2","test_object":"Materiały metalowe","test_object_en":"Metallic materials","test_object_zh":"金属材料","test_object_cs":"Kovové materiály","methodology":"Oznaczanie wielkości ziarna","methodology_en":"Determination of grain size","methodology_zh":"晶粒度测定","methodology_cs":"Stanovení velikosti 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